MCP For Claude Marketplace
Quantum Harmonic Oscillator Engine

Quantum Harmonic Oscillator Engine MCP Connector for Claude

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Calculates energy levels, vibrational frequency, and wavefunctions for quantum harmonic oscillators.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides a specialized computation engine for determining the physical properties of quantum harmonic oscillators. It allows AI agents to calculate quantized energy levels, vibrational frequencies, and zero-point energy. Users can also evaluate wavefunction properties at specific positions and apply anharmonic corrections to model real-world deviations from ideal parabolic potentials. Use get_system_summary for a high-level overview of the oscillator's fundamental properties.

quantumphysicsoscillatorwavefunctioncomputation

4 tools expose this connector's capabilities to your AI agent.

get_oscillator_frequency

Calculates the fundamental vibrational frequency of the system

get_system_summary

Provides a high-level overview of the oscillator's fundamental properties

get_energy_levels

An optional anharmonic correction can be applied. Determines the quantized energy levels for a specific state

get_wavefunction_properties

Provides the probability characteristics of the particle at a specific quantum state

See how to talk to your AI agent using Quantum Harmonic Oscillator Engine.

What is the vibrational frequency for a particle with mass 1.0 and force constant 50.0?

The fundamental vibrational frequency for the system is 7.071 Hz.

Calculate the energy levels for mass 2.0, force constant 100.0, and quantum number 0.

The energy for the ground state (n=0) is 5.0 units.

Give me a summary of the oscillator with mass 1.5 and force constant 30.0.

The system has a frequency of 4.472 Hz and a ground state energy of 2.236 units.

You can use the `get_energy_levels` tool by providing the mass, force constant, and the desired quantum number.

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